def process(self):
from collections import OrderedDict
from avalon.nuke import lib
from reveries import lib as reveries_lib
import nuke
with lib.maintained_selection():
if not (self.options or {}).get("useSelection"):
lib.reset_selection()
existed_write = next(
(n for n in nuke.selectedNodes() if n.Class() == "Write"),
None)
instance = existed_write or nuke.createNode("Write")
data = OrderedDict([
(("divid", ""), lib.Knobby("Text_Knob", "")),
("deadlineFramesPerTask", 1),
("deadlineSuspendJob", False),
("deadlinePriority", 80),
("deadlinePool", reveries_lib.get_deadline_pools()),
])
self.data.update(data)
lib.imprint(instance, self.data, tab="avalon")
return instance
def process(self):
self.data["bakeStep"] = 1.0
# Apply Euler filter to rotations for Alembic
self.data["eulerFilter"] = False
self.data["deadlinePriority"] = 80
self.data["deadlinePool"] = lib.get_deadline_pools()
return put_instance_icon(super(CameraCreator, self).process())
def __init__(self, *args, **kwargs):
super(CreateAlembicCamera, self).__init__(*args, **kwargs)
# Remove the `active`, we are checking the `bypass` flag of the nodes
self.data.pop("active", None)
# Set node type to create for output
self.data.update({"node_type": "alembic"})
self.data["deadlinePriority"] = 80
self.data["deadlinePool"] = lib.get_deadline_pools()
def process(self):
# (NOTE) objectSet's 'motionBlur' attribute can affect object's
# motionBlur state in Arnold.
self.data["staticCache"] = True
self.data["deadlinePriority"] = 80
self.data["deadlinePool"] = lib.get_deadline_pools()
return put_instance_icon(super(ArnoldStandInCreator, self).process())
def __init__(self, *args, **kwargs):
super(CreatePointCache, self).__init__(*args, **kwargs)
# Remove the `active`, we are checking the `bypass` flag of the nodes
self.data.pop("active", None)
self.data.update({"node_type": "alembic"})
# For user to confirm that this asset name is on demand, and
# able to publish even current Avalon session is not in this
# asset.
self.data["overSessionAsset"] = False
self.data["deadlinePriority"] = 80
self.data["deadlinePool"] = lib.get_deadline_pools()
self.data["deadlineFramesPerTask"] = 1
self.data["deadlineSuspendJob"] = False
def process(self):
# Build pipeline render settings
self.data["exportAlembic"] = True
self.data["exportGPUCache"] = False
self.data["exportFBXCache"] = False
self.data["staticCache"] = False
self.data["isDummy"] = False
self.data["deadlinePriority"] = 80
self.data["deadlinePool"] = lib.get_deadline_pools()
# Apply Euler filter to rotations for Alembic
self.data["eulerFilter"] = True
return put_instance_icon(super(PointCacheCreator, self).process())
def __init__(self, *args, **kwargs):
super(CreateVDBCache, self).__init__(*args, **kwargs)
# Remove the `active`, we are checking the `bypass` flag of the nodes
self.data.pop("active", None)
# Set node type to create for output
self.data["node_type"] = "geometry"
# For user to confirm that this asset name is on demand, and
# able to publish even current Avalon session is not in this
# asset.
self.data["assetConfirmed"] = False
self.data["deadlinePriority"] = 80
self.data["deadlinePool"] = lib.get_deadline_pools()
self.data["deadlineFramesPerTask"] = 1
self.data["deadlineSuspendJob"] = False
def __init__(self, *args, **kwargs):
super(RenderCreator, self).__init__(*args, **kwargs)
# We won't be publishing this one
self.data["id"] = "avalon.renderglobals"
# We don't need subset or asset attributes
self.data.pop("subset", None)
self.data.pop("asset", None)
self.data.pop("active", None)
# Build pipeline render settings
self.data["deadlinePriority"] = 80
self.data["deadlinePool"] = lib.get_deadline_pools()
self.data["deadlineGroup"] = [
"none",
"farm_gpu", # For RedShift, local in-house setup
]
self.data["deadlineFramesPerTask"] = 1
self.data["deadlineSuspendJob"] = False
